Minima Integrates Blockchain-Powered Data Tracker into McLaren GT4 Supercar

Minima, a fully decentralized and device-agnostic layer-1 (L1) blockchain for DePIN projects, is working with data management platform Influx Technology to integrate a blockchain-powered data tracker into a McLaren GT4 supercar

Minima, a layer-1 (L1) blockchain for decentralized physical infrastructure networks (DePINs), has partnered with data management platform Influx Technology to integrate a blockchain-powered data tracker into a McLaren GT4 supercar. The technology was tested during the British GT testing day of Spa-Francorchamps in June.

The data logger captures data directly from the vehicle’s engine and records a hash of the data on the blockchain. This allows McLaren to attest to the authenticity and integrity of the data, which can then be used for various purposes, such as ensuring fair competition through Balance of Performance (BoP) regulations.

As of May 2024, AntPool and Foundry USA have collectively amassed control of 56.4% of Bitcoin’s hashrate, a significant increase from their nearly 50% share in February. This concentration of hash power grants these mining pools substantial influence over the Bitcoin network, including the ability to censor transactions by selectively choosing which blocks to mine.

This consolidation of power raises concerns about the potential for transaction censorship within the network. As centralization creeps in, the very principles that underpin blockchain technology —security, transparency and resilience— are put at risk.

To genuinely adhere to the ethos of decentralization, blockchain technology must transcend these limitations and strive for an infrastructure that welcomes all participants, regardless of their hardware capabilities.

Minima’s compact blockchain protocol, developed to be downloaded and run on mobile phones, Internet of Things (IoT) devices and lightweight computers, creates a network where high-end, expensive equipment isn’t a prerequisite for contribution and participation of the network. Every node is equal and runs seamlessly as a standalone application, providing the user with a fully constructing and validating node. Minima’s lightweight design enables all users to be equal participants in the network for real-world applications. Uniquely, Minima achieves scalability without compromising security and decentralization.

Powered by a large and engaged community of over 50,000 node operators, Minima is advancing its goal of becoming the blockchain with the largest number of full nodes in the world. The development team aims to increase this number as it develops decentralized physical infrastructure network (DePIN) partnerships and encourages adoption across global industries. The ultimate goal is to become the largest, most decentralized and most distributed L1 blockchain in the DePIN space.

Importantly, Minima has benefited from recent cryptography development and utilizes a quantum-resistant cryptography algorithm, ensuring future-proof security. Bitcoin, on the other hand, uses cryptography that is vulnerable to quantum hacking quantum computers that threaten existing cryptographic systems.

The minimum system requirements for memory and processing power are significantly lower than those of the dominant blockchains. With the low requirements, developers can scale DePIN more efficiently, enabling the decentralized and transparent management of physical devices.

As a peer-to-peer network run entirely by individual users on their mobile devices, Minima made a move in early 2024 to disconnect its remaining company servers and relay nodes. In doing so, Minima created a global blockchain network that is maintained and secured by its users without intervention from any third party. The Minima blockchain network runs entirely through node operators, with every node validating and propagating transactions. And, since every node is a full node that runs locally on a device, as Minima scales, its network becomes more resilient as it becomes increasingly distributed: true decentralization.